About Advin Litho - Intracorporeal Pneumatic Lithotripter
Advin Lithotripter Digitalis the intra corporeal Pneumatic lithotripter having superior technology. It is a most reliable device, found to be very safe and users friendly for fragmenting stones in the kidney, ureter and urinary bladder..
Advin Lithotripter-Digital Product Detail:
Digitally controlled microprocessor in Advin Lithotripter Digital gives accurate Single pulse and continuous pulse. In continuous pulse mode we can adjust pulse per second by touch switch and result revealed in digital display..
Advin Lithotripteris also called as Lithotripsy Machine, Intracorporeal Lithotripsy, Ballistic Lithotripter, Lithoclast, Intracorporeal Pneumatic Lithotripter and Pneumatic Lithotripter, Pneumatic Lithotripsy,Endoscopic Lithotripsy, Intracorporeal Lithotripsy
Features:
- Most effective method for the removal of large calculi.
- Faster stone removal compare to other stone removal procedure.
- No heat generation on the tip of the probe so no damage to the mucosa.
- Tissue remains unchanged.
- Highly precise electro-pneumatic device.
- Users Friendly, Easy to operate, No Maintenance Cost.
- Rigid probe provides rapid and safe fragmentation of the large and hard calculi.
- Used in Kidneys, Ureter and bladder stone Fragmentation.
- Very Efficient Fragmentation of Stone
- Decrease risk of Thermal Injury compare to other Lithotripsy Procedure
Efficient Stone FragmentationAdvin Litho utilizes pneumatic lithotripsy technology to deliver high-precision, real-time stone fragmentation during urological and surgical procedures. Its adjustable modes and compatibility with a range of probe sizes assure adaptability for different clinical needs.
User-Friendly Controls and MaintenanceThe device is operated using a hand or foot switch, providing flexibility for varied surgical preferences. Maintenance is straightforward, with probes that can be easily cleaned and autoclaved, ensuring both hygiene and immediate readiness for repeated use.
Portability and DurabilityDesigned to be lightweight (3.5 kg) and compact (260 x 210 x 100 mm), Advin Litho is easily portable within clinical environments. Constructed from durable iron and featuring high durability and overload protection, it is built for long-term and repeated hospital use.
FAQs of Advin Litho - Intracorporeal Pneumatic Lithotripter:
Q: How does the Advin Litho Pneumatic Lithotripter work during urology procedures?
A: The Advin Litho employs pneumatic lithotripsy technology to disintegrate urinary or surgical stones by creating controlled pressure pulses, which can be triggered by either a hand or foot switch, giving surgeons real-time operational control and precision.
Q: What probe sizes are compatible with the Advin Litho device?
A: This lithotripter is engineered to accommodate various probe sizes, making it versatile for different stone sizes and anatomical requirements encountered during urological or surgical procedures.
Q: When is the device reusable after a procedure?
A: Advin Litho offers immediate reusability. After cleaning and autoclaving the probe, the equipment can be promptly prepared for the next procedure, ensuring minimal turnaround time between uses.
Q: Where can the Advin Litho be used effectively?
A: It is designed for use in hospital and clinical settings, particularly in urology and surgical departments where stone fragmentation or lithotripsy is required.
Q: What is the process for cleaning and maintaining the probes?
A: Probes used with Advin Litho are easy to clean and autoclavable. After each use, simply follow standard cleaning protocols and then sterilize the probes in an autoclave, ensuring they are safe and ready for subsequent procedures.
Q: How does the device ensure user and patient safety?
A: The lithotripter incorporates overload protection features, which helps prevent device malfunction during intense use, protecting both the operator and patient.
Q: What are the key benefits of using Advin Litho in clinical practice?
A: Key benefits include rapid and accurate stone fragmentation, immediate reusability of probes, portability, low noise operation, high durability, and easy maintenance, all of which optimize workflow and patient outcomes in hospital environments.